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<CENTER><br><br><H2>Featquery output</H2><p>/Volumes/gonzalez/FSLAnalyses/group-level_All/NoBW_all27_ROIuncorr_lamygdala.gfeat/cope3.feat/featquery_lamygdala+<hr>

Mask <em>Left Amygdala</em> is in space of example_func.<br>Image of mask in native space:<br><IMG SRC=mask.png>
<p>PE/COPE values converted into % (VARCOPE into %<sup>2</sup>).
<p><a href=mean_mask_ts.txt>Mean time series (masked/weighted)</a>. &nbsp;&nbsp;&nbsp;
<a href=tsplot/tsplot_index.html>Masked time series plots.</a><br>

<p>Using atlas:  Harvard-Oxford Subcortical Structural Atlas
<p><table border=1 cellspacing=3>
<tr><th>stats image<th> # voxels <th colspan=7> image statistics <th colspan=7> position of max </tr>
<tr><th><th><th> min <th> 10% <th> mean <th> median <th> 90% <th> max <th> stddev <th colspan=3> vox (FMRI space) <th colspan=3> mm (standard space) <th>max voxel atlas results</tr>

<tr><td> <a href=max_pe1_ts.txt>stats/pe1</a> <td> 660 <td> -0.06352 <td> -0.02417 <td> -0.000342 <td> 0 <td> 0.02121 <td> 0.06867 <td> 0.01889 <td> 53 <td> 63 <td> 28 <td> -16.0 <td> 0.0 <td> -16.0 <td width=40%> 20% Left Cerebral Cortex , 13% Left Amygdala, 1% Left Cerebral White Matter</tr>
<tr><td> <a href=max_cope1_ts.txt>stats/cope1</a> <td> 660 <td> -0.06352 <td> -0.02417 <td> -0.000342 <td> 0 <td> 0.02121 <td> 0.06867 <td> 0.01889 <td> 53 <td> 63 <td> 28 <td> -16.0 <td> 0.0 <td> -16.0 <td width=40%> 20% Left Cerebral Cortex , 13% Left Amygdala, 1% Left Cerebral White Matter</tr>
<tr><td> <a href=max_varcope1_ts.txt>stats/varcope1</a> <td> 660 <td> 0 <td> 0.000537 <td> 0.001282 <td> 0.001074 <td> 0.002396 <td> 0.005803 <td> 0.000898 <td> 52 <td> 62 <td> 28 <td> -14.0 <td> -2.0 <td> -16.0 <td width=40%> 20% Left Amygdala, 8% Left Cerebral Cortex , 2% Left Cerebral White Matter</tr>
<tr><td> <a href=max_tstat1_ts.txt>stats/tstat1</a> <td> 660 <td> -1.677 <td> -0.6824 <td> -0.01305 <td> 0 <td> 0.6097 <td> 1.385 <td> 0.5131 <td> 62 <td> 63 <td> 27 <td> -34.0 <td> 0.0 <td> -18.0 <td width=40%> 60% Left Cerebral White Matter, 21% Left Amygdala, 17% Left Cerebral Cortex </tr>
<tr><td> <a href=max_fstat1_ts.txt>stats/fstat1</a> <td> 660 <td> 0 <td> 0.000494 <td> 0.2631 <td> 0.1139 <td> 0.805 <td> 2.814 <td> 0.3858 <td> 60 <td> 61 <td> 30 <td> -30.0 <td> -4.0 <td> -12.0 <td width=40%> 82% Left Cerebral White Matter, 9% Left Amygdala, 3% Left Putamen, 2% Left Cerebral Cortex </tr>
<tr><td> <a href=max_zstat1_ts.txt>stats/zstat1</a> <td> 660 <td> -1.619 <td> -0.6729 <td> -0.01245 <td> 0 <td> 0.6017 <td> 1.348 <td> 0.5043 <td> 62 <td> 63 <td> 27 <td> -34.0 <td> 0.0 <td> -18.0 <td width=40%> 60% Left Cerebral White Matter, 21% Left Amygdala, 17% Left Cerebral Cortex </tr>
<tr><td> <a href=max_zfstat1_ts.txt>stats/zfstat1</a> <td> 660 <td> -2.986 <td> -1.598 <td> -0.5976 <td> -0.5295 <td> 0.3112 <td> 1.251 <td> 0.7433 <td> 60 <td> 61 <td> 30 <td> -30.0 <td> -4.0 <td> -12.0 <td width=40%> 82% Left Cerebral White Matter, 9% Left Amygdala, 3% Left Putamen, 2% Left Cerebral Cortex </tr>
<tr><td> <a href=max_thresh_zstat1_ts.txt>thresh_zstat1</a> <td> 0 <td> -0 <td> 0 <td> 0 <td> 0 <td> 0 <td> -0 <td> 0 <td> 57 <td> 62 <td> 20 <td> -24.0 <td> -2.0 <td> -32.0 <td width=40%> 62% Left Cerebral Cortex , 23% Left Cerebral White Matter, 9% Left Amygdala, 4% Left Hippocampus</tr>
<tr><td> <a href=max_thresh_zfstat1_ts.txt>thresh_zfstat1</a> <td> 0 <td> -0 <td> 0 <td> 0 <td> -0 <td> -0 <td> -0 <td> 0 <td> 57 <td> 62 <td> 20 <td> -24.0 <td> -2.0 <td> -32.0 <td width=40%> 62% Left Cerebral Cortex , 23% Left Cerebral White Matter, 9% Left Amygdala, 4% Left Hippocampus</tr>
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